SIT1602AIA23-33E-10.000000E

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Oscillators are widely used in plenty of application fields and can be classified into different categories. Take SIT1602AIA23-33E-10.000000E oscillator as an example, it is a kind of very typical oscillator and can be applied to various applications. In general, the application field and working principle of SIT1602AIA23-33E-10.000000E oscillator are elaborated as follow.

SIT1602AIA23-33E-10.000000E oscillator is mainly used in a wide range of time- or frequency-related applications, such as RADAR, satellite, car tele communication, and so on. Its features characterize as good stability, low power consumption, high frequency accuracy, long term accuracy, low phase noise, high temperature range (-40℃ to 85℃), and etc. Moreover, the device also provides several package types, surface mount, through-hole, TTL package, etc., depend on the specific requirement.

Working Principle

Generally speaking, the working principle of SIT1602AIA23-33E-10.000000E oscillator is based on an LC oscillator design. It contains a feedback circuit connecting the two electrodes. On one side of the connection, the LC oscillator is used as the main component, in which the inductor and the capacitor functions as the feedback circuit, providing feedback to each other, and thus producing oscillation with a certain frequency. On the other side of the LC oscillator, the resistor and the crystal provide the necessary electronic circuit components to implement the LC oscillator design and ensure the frequency stability. The crystal works as a frequency standard, which can keep the frequency of the oscillator consistent. Furthermore, the resistor regulates the positive feedback and makes the output resistance in a desired range.In conclusion, the SIT1602AIA23-33E-10.000000E oscillator works under the principle of LC oscillator, and provides good stability, low power consumption, high frequency accuracy, long term accuracy, low phase noise, high temperature range, etc. It is a good solution for a wide range of time- or frequency-related applications. 

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